KR0127651B1 - Transporting system for glass products - Google Patents

Abstract

In case that the manufactured glass is supplied to the conveyer(2), the conveyer(2) transports the glass to the loading dock(3). At this time, by a cam, an sucker(5) rotates the glass and the draw out device(12a,12b) driven by the motor(17a,17b) extends a thread over on both side of the glass which is turning round by the sucker(5). When the turning is made up to the desired degree, the cylinder lowers the elevator(21) and puts a buffer paper sheet(22a,22b) between glasses. When the sucking power is released, the guide(7) pushes the glass up to the loader(8), and the buffer paper sheet(22a,22b) relaxes the pressure and prevents a breakage.

Description

Method and device for maintaining loading gap of glass loading device

1 is an overall perspective view of the present invention.

2 is a side view of the main portion according to the present invention.

Figure 3 (a) (b) is a perspective view and a partially enlarged cross-sectional view showing a glass loading state according to the present invention.

4 is a front view of the main portion according to the present invention.

(A) (b) of Figure 5 is a side action diagram of the other main step according to the present invention.

* Description of the symbols for the main parts of the drawings *

1: Glass Loading Device 3: Transfer Table

4: cam 5: adsorption port

6: cylinder 7: push rod

8: loading table 9: bracket

10: substrate 11: thread supply device

12a, 12b: Drawer 13,13 ': Roller

14: height adjustment lever 15a, 15b: stone bar

16a, 16b: guide 17a, 17b: motor

18a, 18b: failure 19: thread

20: guide protrusion 21: hatch

22a, 22b: shock absorber 23: cylinder

24: guide bar G, G ', G: glass

P: spacing

The present invention is a method for maintaining the loading gap of the glass loading device to float between each glass to be loaded in the glass loading device in the vertical loading of a small plate glass such as automobile glass or window glass manufactured from the existing plate glass manufacturing apparatus And to an apparatus.

Conventional glass loading method and apparatus is vertically mounted on the mounting table by adsorption holes formed radially on the cam to be transported by the conveyor to transport the glass horizontally from the manufacturing apparatus to the conveyor for transport and storage. Stacking) or by hand feeding interlayer paper between each glass's right hand. This means that both the interlayer paper feeding and non-feeding paper are brought into surface contact, so that foreign matter is interposed between the glasses. It damages the surface of the glass, causing defects.However, the method of supplying kanji can reduce the incidence of damage to some extent compared to the method of not supplying the glass, but it is impossible to see the defective glass with the naked eye. There was a problem that was not possible and wasted resources by discarding the paper when using the loaded glass. A.

The present invention has completely solved such a problem, by supplying a thread having a certain thickness between the glass of each of the loaded, to maintain the interval of the glass of each glass by the thickness of the thread, attached drawings When described in detail with reference to as follows.

The adsorption port 5 radially formed on the cam 4 adsorbs and rotates the glass G supplied by the conveyor 2 so that the rod 7 of the cylinder 6 moves forward and backward, and the loading table 8 In the glass loading device (1) to be stacked in the vertical perpendicular to the (1), the thread supply device (11) is provided with a bracket (9) above the feed table (3), the seal supply device (11) is a substrate (10) A pair of rollers 13 (from a pair of failures 18a and 18b installed at the rear side by installing take-out devices 12a and 12b driven by a pair of motors 17a and 17b on both sides of the 13 ') withdraws the seal 19 and is guided to the guides 16a and 16b, which are installed in front of the stone bars 15a and 15b, and are being rotated by the glass G and the cam 4 loaded thereon. The upper rollers 13 'of the take-out apparatuses 12a and 12b which maintain the gap P between the glass G to be loaded by supplying them to both sides between the G' are height adjustment levers 14 To adjust the height by The distance between the rollers 13 and 13 'is adjusted according to the thickness of the 19, and the motors 17a and 17b have a rotational speed so that the seal 19 can be smoothly supplied according to the size of the glass. By installing a variable motor that can be adjusted, the board 10 is formed by extending the guide protrusions 20 to install the cylinder 23, while the lifting hole 21 is guided to the guide rod 24 to be elevated, but the lifting hole ( The buffer supports 22a and 22b are provided on both sides of 21, and the cylinder 6 which pushes the push rod 7 on both sides of the front of the conveyance stand 3 is provided.

In the figure, reference numeral 25 denotes a cylinder for advancing and moving the conveyer.

In the present invention, as shown in FIG. 1 of the drawing, when the glass G manufactured from a conventional glass manufacturing apparatus (not shown) is supplied to the conveyor 2, the conveyor 2 receives the glass G. The conveyer 3 is transported onto the conveyer 3, and then the cam 4 is rotated by a separate driving means, while the adsorption port 5 sucks and rotates the glass G, and at the same time, the motor 17a. The drawing devices 12a and 12b are driven by the 17b to cause the seal 19 to hang on both sides of the front side of the glass G 'that is being rotated by the suction port 5, and the glass G' being rotated. When rotated to a predetermined angle, as shown in FIG. 5 of the drawing, the cylinder 23 operates to lower the hatch 21, while the buffer plates 22a and 22b are simultaneously lowered and loaded with glass G. ), The suction force of the suction port 5 is released, and at the same time the cylinder 6 is operated so that the rod 7 The glass G 'is pushed toward the mounting table 8, at which time both sides of the loaded glass G and the newly loaded glass G' are interposed with the seal 19 supplied with a wave form. When the bending force is caused by the pressing force of (7), the breakage may occur, and the buffering pads 22a and 22b that enter the front of the loaded glass G alleviate this to prevent breakage and the loading is completed. When the buffer 23 (22a, 22b) is raised again by the cylinder 23, the cylinder 25 is successively operated to retract the transfer table 3 by one glass (G) and the distance (P). The loading space of the glass G 'to be newly loaded is secured, and the seal 19 is supplied in a wave form between the glass G to be repeatedly loaded as described above. As such, the stacking is completed while the gap P is maintained between each glass G, thereby preventing the surface contact of the glass G of each glass. Possible theory perspective to enable it to be read by the naked eye of a defective product.

On the other hand, the guides 16a and 16b provided on the stone rods 15a and 15b of the take-out devices 12a and 12b are forcibly rotated around the rods 15a and 15b as shown in FIG. Since the width of the thread 19 drawn out from both side drawing devices 12a and 12b can be adjusted, it is possible to supply the thread 19 to an appropriate position according to the glass standard.

In addition, the thread supply device 11 for implementing such a method, unlike inserting the interleaf paper, the device is simple and mass production is possible because the supply of the seal 19 can be carried out simultaneously with the loading of glass. Minimizing waste of resources.

As described above, the present invention can provide a great effect of preventing damage to the glass to be loaded as well as visually identifying defective products and minimizing waste of resources.

Claims (6)

In loading the glass manufactured and supplied horizontally from the glass manufacturing apparatus inclined vertically to the loading table, the seal 19 is supplied in a wave form between the glass to be loaded, and the gap P between the glass is made. Method of maintaining the loading gap of the glass loading device to be formed. The method according to claim 1, wherein in loading the glass to the loading table, a buffer plate is lifted on both sides between the loaded glass and the glass to be loaded. The glass G which is manufactured and supplied horizontally from the glass manufacturing apparatus so that the suction holes 5 and 7 formed in the cam 4 of the feed table 3 are inclined perpendicularly to the mounting table 8. In the stacking apparatus 1, the seal feeding device 11 and the buffer support 22a and 22b are attached to the substrate 10 and the guide protrusion 20 protruded with the bracket 9 above the transport table 3. By installing the hatch 21, the seal 19 is vertically supplied between the pre-loaded glass G and the glass G 'which is being rotated by the cam 4, and at the same time, the buffer plate 22a ( 22b) Loading spacing device for the remains material device so as to be elevated. The seal supply apparatus 11 is provided with the drawing apparatuses 12a and 12b driven by the motors 17a and 17b on both sides of the substrate 10, and the seals 19 on both rear sides. A stacking interval holding device for a glass loading device, which is provided with the windings 18a and 18b that are wound. The method of claim 4, wherein the take-out device (12a) (12b) is a pair of rollers (13, 13 ') to be installed up and down, the upper roller (13') by installing a height adjustment lever (14) Spacing of the stacked glass stackers. The glass loading apparatus according to claim 4 or 5, wherein protrusions (15a) and (15b) are provided in front of the take-out devices (12a) and (12b), and guides (16a) and (16b) are installed. Spacing device.